59 results about "Supply management" patented technology

The utility model discloses a bus safety window opening alarm, including main control circuit, detection module, alarm module and power module, and main control circuit adopts special alarm chip ATW51H. Detection module is connected through JP1, JP2 interface, and is connected in parallel 16V / 0.1muF filter capacitor C2 to filter out the spurious echo, the drive circuit of alarm module is two stage series connection structure, is composed of triode Q3, triode Q2 and transformer T1, can enhance the driving capacity and protect the element, and power module contains triode Q1, switch S1 and LED pilot lamp D1, realizes the power supply management and control and state indication. Special alarm chip pin connection is reasonable, and the stability is promoted with the cooperation of auxiliary resistance. The alarm aims at improving the accuracy of safety window opening state detection, driving reliability and operating stability, realizes real -time monitoring and reliable alarm.

The application discloses a shipping mode automobile electric control system, a battery module of a storage battery is provided with a main power supply circuit, the main power supply circuit supplies power for a vehicle-mounted electric load, a MOS tube is connected in series on the main power supply circuit, a MOS control module is arranged in the storage battery, the MOS tube is controlled to be turned on and turned off by the MOS control module, and the MOS control module is connected with a chip MCU in communication. The application controls the power supply of the existing battery through a power supply management and control (L-BMS), the L-BMS can control the power supply through the MOS tube, the simple physical power-off action is cancelled, the space for opening the hatch cover is reduced, the number of ferry transported automobiles is increased, the operation is simple, the cost is low, and the safety is high.

1. The name of the design product: DC cabinet. 2. The use of the design product: DC power supply management for data center. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: design 1 perspective view 1. 5. Design 1 is designated as the basic design.

The invention relates to a power supply management device (1) comprising: - a grid input (3); - a first power supply interface (5) for powering critical loads of a local grid; - an islanding switch (7); - a central controller (10); - a grid-forming inverter (14) configured to provide an uninterruptible power supply to the critical loads; - at least one battery (11); and - at least one bidirectional charging terminal (12) for an electric vehicle (13) such that the home battery (11) can be used to charge the electric vehicle (13) and, when an electric vehicle (13) is plugged in and has enough charge, such that a battery of the electric vehicle can be used to charge the home battery (11); such that the power supply management device can operate in an islanding mode in which the home battery (11) and / or the battery of the electric vehicle (13) power the power supply interface (5).

The invention relates to a power supply management device (1) comprising: - a grid input (3); - a first power supply interface (5) for powering critical loads of a local grid; - an islanding switch (7); - a central controller (10); - a grid-forming inverter (14) configured to provide an uninterruptible power supply to the critical loads; - at least one battery (11); and - at least one bidirectional charging terminal (12) for an electric vehicle (13) such that the home battery (11) can be used to charge the electric vehicle (13) and, when an electric vehicle (13) is plugged in and has enough charge, such that a battery of the electric vehicle can be used to charge the home battery (11); such that the power supply management device can operate in an islanding mode in which the home battery (11) and / or the battery of the electric vehicle (13) power the power supply interface (5).

This invention discloses a priority-based intelligent control multi-power automatic switching system, belonging to the field of DC power supply management technology. The system supports 3≤N≤9 power supply paths, including N-1 conventional DC input power supply paths and 1 fixed lowest-priority battery backup power supply path. Voltage data is collected through an isolated voltage acquisition module; a power supply decision module calculates and dynamically sorts power quality assessment values ​​based on time-weighted historical cumulative voltage data, and outputs circuit control commands in conjunction with hard access verification; a switching timing control module executes seamless command switching with a duration less than the maximum power supply duration of the load capacitor; a fault locking module locks continuously faulty power supply paths with only manual reset; and a display and alarm module displays and alarms the circuit operating status. This invention significantly improves power supply reliability and enhances fault protection mechanisms, making it suitable for high-reliability DC power supply scenarios such as industrial control and medical equipment.

The utility model discloses a heat management controller, include: main control chip, first step -down module, first high side drive module, second step -down module and second high side drive module, first step -down module reduces first direct current voltage and exports second direct current voltage, and first high side drive module receives second direct current voltage and provides first load under the control of main control chip, and second step -down module is connected with first step -down module, main control chip and second high side drive module, and second step -down module is used for reducing second direct current voltage and provides third direct current voltage for main control chip and second high side drive module, and second high side drive module provides third direct current voltage for second load under the control of main control chip.The utility model discloses heat management controller has integrated the power supply function of traditional need low voltage battery direct power supply's first load, both convenient for power supply management, also be favorable to reduce heat management system's circuit complexity and reduce system electronic cost.

This invention discloses a laboratory supplies management system and method. The system includes an order management module, a laboratory supplies management module, and an inventory management module. The order management module determines laboratory supplies order data and sends this data to the inventory management module. The laboratory supplies management module determines laboratory supplies usage data and sends this data to the inventory management module. The inventory management module determines inventory data, updates it based on order data after supplies are received, and updates it based on usage data after supplies are issued. This invention enables full lifecycle management of laboratory supplies from procurement, warehousing, use, circulation, and verification, improving management efficiency, standardization, and accuracy.

This invention discloses a power supply system and method for auxiliary equipment inside a smart tire, relating to the field of vehicle auxiliary equipment power supply technology. The system includes a housing, a piezoelectric energy harvesting component, an energy management module, and a backup power supply. The housing contains upper and lower limit positions that are radially opposite to each other along the smart tire, and the piezoelectric energy harvesting structure is located within the limit gap. During the non-grounded phase of the smart tire, centrifugal force causes the piezoelectric structure to press against the lower limit position and store elastic potential energy. During the grounded phase, the equivalent centripetal acceleration decreases, causing it to release and rebound, generating electricity. The generated AC power is converted by a rectifier module and then stored and preferentially utilized by the energy management module. When the self-powered supply is insufficient, it automatically switches to the backup power supply. By efficiently capturing grounding impact energy and combining it with hybrid power supply management, the efficiency of in-tire mechanical energy utilization and power supply continuity are significantly improved. Simultaneously, bidirectional limit protection enhances the reliability of the piezoelectric structure.

The application discloses a kind of power generation and heat supply secondary network end heat supply collaborative management method of thermal power generating unit, belong to heat supply power supply management field, method includes: according to the current heat supply of thermal power generating unit and the minimum heat supply required to meet secondary network buffer, the reducible heat supply of thermal power generating unit is calculated;Determine whether the total amount of current available thermal storage supports reducing the reducible heat supply under the constraint of allowing minimum room temperature, if yes, then execute under-supply operation to reduce heat output in heat source measurement, and record the cumulative under-supply heat during under-supply in real time;Determine whether current has heat supply over-supply condition, if yes, then execute over-supply operation to increase heat output in heat source measurement, utilize the cumulative over-supply heat during over-supply to compensate cumulative under-supply heat.This method not only improves the flexibility of thermal power generating unit, but also guarantees the quality of secondary network end heat supply.

The application relates to the technical field of power safety monitoring, in particular to a power supply management and control device of a power safety monitoring edge terminal. The power supply management and control device is connected with the power safety monitoring edge terminal, and the device comprises a power management loop, a power supply tree and a start-stop machine loop. The power management loop manages and detects external power input to the terminal and outputs a first safety voltage, thereby providing an initial safety voltage for the terminal, improving the operation stability and safety of the terminal and reducing the adverse effects of external power abnormalities on the operation of the terminal. The power supply tree of the application performs hierarchical processing on the first safety voltage, thereby providing safe and effective voltage support for each device of the power safety monitoring edge terminal and further improving the stability of the terminal operation. The start-stop machine loop of the application responds to the voltage signal output by the power supply tree and the control signal output by the terminal, starts and stops the power safety edge monitoring terminal, and improves the stability and reliability of the terminal operation.

A power supply apparatus and a power supply management method thereof are provided. The power supply apparatus includes an information capturing device and a processor. The processor is coupled to the information capturing device. In response to the information capturing device detecting a payment instrument, the processor identifies a payment type of the payment instrument. The processor performs a charging authorization verification of the payment instrument based on the payment type identified. In response to the charging authorization verification being determined successful, the processor initiates a power transfer operation and executes a charging transaction with the payment instrument.

We provide an agricultural product supply management system, program, and agricultural product supply management method that support local production and consumption. [Solution] The system includes a shipment schedule information acquisition unit 111 that acquires shipment schedule information including the planned shipment quantity of agricultural products produced by producers in the first region, an order information acquisition unit 112 that acquires order information including the order quantity of agricultural products from customers in the first region, and an output processing unit 115 that, when the order quantity is greater than the shipment schedule quantity, outputs a delivery request information requesting producers in the first region to deliver the planned shipment quantity of agricultural products, and outputs a delivery request information requesting delivery of the difference between the order quantity and the shipment schedule quantity from producers in the first region.

This invention discloses a hard disk power supply management system and a server, belonging to the server field. Considering that by controlling multiple hard disks to power on in batches, the peak current of the power bus can be limited and the voltage stabilized, this invention sets up a one-to-one power supply switch for multiple hard disks in the server. The control device can control the closing of each power supply switch in batches when the server starts up. In this case, since the power supply switches close in batches, it is equivalent to supplying power to the hard disks in batches through the hard disk power supply, thereby avoiding the ultra-high peak current generated when all hard disks are powered on at the same time, and preventing drastic voltage fluctuations, thus ensuring the successful startup of each hard disk.

This invention discloses a fully autonomous testing device and method for a flight control system, belonging to the field of software information security analysis technology. The device and method integrate a main control unit, mode power supply management, dual-mode communication, process monitoring, anomaly self-healing, and data management modules, forming an independently operable intelligent testing terminal. The method achieves fully autonomous closed-loop testing of flight control software from task preparation to result archiving through intelligent parameter matching, minimal hardware intervention startup, multi-dimensional real-time health monitoring, multi-level intelligent anomaly self-healing, and test data fusion, archiving, and security cleanup mechanisms. This invention solves the problems of fragmented testing processes, high hardware consumption, opaque processes, weak anomaly handling, and easy data loss in existing technologies, greatly improving the automation level, reliability, defect discovery depth, and data value of testing.

This utility model discloses a dual-backup high-voltage power supply security upgrade system based on dynamic key RC4 encryption, relating to the field of automotive high-voltage power supply management technology. It includes a main control chip, a memory connected to the main control chip, an encryption accelerator, and a secure communication interface. The memory contains a key generation module and a dual-storage partition module. The key generation module contains a dynamic key RC4 encryption module and is connected to the encryption accelerator. The dual-storage partition module includes a main storage area and a backup storage area, with a remapping module between the main and backup storage areas. This utility model effectively avoids system paralysis caused by upgrade interruptions by setting the main partition of the dual-storage partition module to run the current firmware and the backup area to store the firmware to be upgraded, thus improving the reliability of the system upgrade. Furthermore, by setting the key generation module to generate dynamic keys for the upgraded system, it effectively increases the difficulty of cracking and improves the security of the system upgrade.

The invention relates to a power supply management device (1) incorporating a grid input (3); a power supply interface (5) for supplying power to a local grid; an islanding switch (7); an uninterruptible power supply (9); a central controller (10); at least one domestic battery (11); at least one bidirectional charging terminal (12) for an electric vehicle (13), connected to the domestic battery (11) so that the domestic battery (11) is able to be used to recharge the electric vehicle (13) and, when an electric vehicle (13) is plugged in with enough charge, a battery of the electric vehicle is able to be used to recharge the domestic battery (11); and a grid-forming inverter (14) so that the power supply management device is able to operate in an islanding mode in which the the domestic battery (11) and / or the battery of the electric vehicle (13) supply power to the power supply interface (5).

The invention provides power supply equipment and a power supply management method. The power supply device includes an information capture device and a processor. The processor is coupled to the information capture device. In response to the information capture device detecting a payment vehicle, the processor identifies a payment category of the payment vehicle. The processor performs a charging authorization verification of the payment vehicle according to the payment category. In response to successful verification of the charging authorization, the processor initiates the power transfer job and performs a charging transaction according to the payment vehicle. Therefore, the user can complete the charging payment process without selecting a payment mode or changing a card sensing position, so that more intuitive and efficient charging payment experience is provided.

This application discloses a multi-port automated electronic on / off switching control device and method for vehicle infotainment system upgrades, relating to the field of vehicle infotainment system upgrades, including: a closed-loop control system; the closed-loop control system consists of a protocol perception layer, an intelligent decision-making layer, and a precise execution layer that work together; the protocol perception layer includes a main controller MCU and a multi-protocol compatible interface circuit, used to receive test commands, determine the test object, and dynamically detect the USB protocol version of the target port; the intelligent decision-making layer is an FPGA timing control unit, used to configure parameters according to the detected USB protocol version and generate a determined timing control sequence; the precise execution layer includes a high-speed switching matrix and an intelligent power supply management module, used to realize the on / off switching of signals and power.

1. The name of the design product: intelligent backup power management module (DC screen). 2. The use of the design product: the design product is used for power control and management. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

This utility model discloses a box-type hearing aid. The hearing aid body includes a front shell, a rear cover, a main control circuit board, a power supply, and a hook. The main control circuit board and the power supply are housed within the accommodating cavity of the front shell and the rear cover. The rear cover is movably disposed on the outside of the rear cover, and the hook is movably disposed on the outside of the rear cover. A U-shaped decorative plate is movably disposed on the front shell, with a function button in the center of the U-shaped decorative plate. A volume control button is disposed on the upper part of the front shell corresponding to the main control circuit board. The main microphone and the secondary microphone are positioned vertically. The earphone output control circuit, the microphone circuit, and the power supply management circuit are electrically connected to a microcontroller chip. This utility model adopts a dual-microphone structure, which is particularly suitable for users with different hearing levels in their left and right ears, and offers high sensitivity. This utility model has a simple structure, small size, is easy to carry and wear, has reliable and stable performance, is easy to maintain, has low production costs, and provides a good user experience.